Blog
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The Evolution and Applications of Crystalline Silicon Photovoltaic Technology
Photovoltaic (PV) technology, which harnesses solar energy for electricity generation, plays a vital role in addressing the global demand for clean energy. Among the various PV technologies, crystalline silicon stands out as the most mature and widely adopted. This artic...Read more -
Do You Really Understand Solar EPC?
EPC, short for Engineering, Procurement, and Construction, refers to a contracting model where a company is entrusted by the owner to manage all phases of a construction project, including design, procurement, construction, and trial operations. Under this model, the con...Read more -
Exploring the Future of Energy: New Breakthroughs in Solar Technology
In today’s fast-paced world, the growing demand for energy coupled with the pressing need to mitigate environmental impact has prompted the search for cleaner and more efficient solutions. Among these, solar energy stands out as an inexhaustible and renewable resource. R...Read more -
Development Prospects of HJT, BC, and Perovskite: Three Advanced PV Technologies
Under the "dual carbon" strategy, China's photovoltaic (PV) industry has achieved remarkable innovation, fostering the development of high-efficiency cell technologies and diverse application scenarios. In 2024, the PV sector is witnessing a surge in cutting-edge technol...Read more -
Solar Energy Applications in Greenhouses
Greenhouse production heavily relies on energy, especially for regulating indoor microclimates. With the rising cost and scarcity of traditional energy sources like coal and oil, coupled with increasing environmental pressures, the integration of renewable energy into gr...Read more -
Agro-PV Synergy: The Green Integration of Modern Agriculture and Solar Power
In the context of global sustainable development, combining agriculture with renewable energy has become an important pathway to drive green growth. The agro-PV synergy model, which involves installing photovoltaic (PV) panels above agricultural land, maximizes the three...Read more -
Are Larger Solar Modules Always More Efficient?
Contrary to common belief, increasing the size of solar modules doesn’t automatically lead to higher efficiency. The efficiency of a solar module is influenced by multiple factors, making module size a decision that requires careful consideration. Here are the main point...Read more -
Development Trends of Solar PV Mounting Structures and Accessories
With the global focus on renewable energy and ongoing advancements in technology, solar PV mounting structures and accessories, as critical components of solar power stations, are undergoing unprecedented changes. This article explores six key trends in the development o...Read more -
Do You Know How Rooftop Photovoltaic (PV) Systems Work?
As global energy demand continues to rise and environmental awareness grows, solar energy, a clean and renewable resource, is receiving increasing attention. Rooftop photovoltaic (PV) systems, an effective method of utilizing solar energy, have been widely adopted in man...Read more -
Analysis of Common Solar Power Project Development Models: Seven Types with Pros and Cons
1. EPC Model (Engineering, Procurement, and Construction) In this model, an engineering company is responsible for all project phases, including design, procurement, and construction, often under a fixed-price contract. Pros: The owner can dele...Read more -
How to Select Distributed Solar PV Modules
Under the goals of "dual carbon" (carbon peaking and neutrality) and strong government support, China's solar installations, both centralized and distributed, continue to see substantial growth. Given that solar modules are expected to operate reliably for 20-25 years, q...Read more -
Detailed Explanation of Core Processes in TOPCon Solar Cell Technology
1. SE Laser Doping Process Purpose: The Selective Emitter (SE) laser doping process enhances the emitter layer on an N-type TOPCon cell to reduce contact resistance and improve conversion efficiency. Mechanism: Laser energy melts the silicon surface, enabling boron (B) a...Read more
